We manufacture NIM-CAMAC cables, adapters, and assemblies for use in high-energy physics and research applications.
Trigger Distribution
• Phase-stable precision coax
• BNC and LEMO® assemblies
We manufacture NIM-CAMAC cables, adapters, and assemblies for use in high-energy physics and research applications.
Nemal Electronics is a leader in the manufacture of NIM-CAMAC cables, adapters, and assemblies for use in high-energy physics and research applications. Having worked with scientists at Los Alamos, Sandia National Labs, Brookhaven, Jefferson Labs, UCLA, and many others, our engineers understand the stringent demands of the research environment.
For a major national research experiment involving the nature of quark particles, researchers chose Nemal to engineer and manufacture a massive array of coaxial cables with specific impedance, precise electrical length, and low attenuation—to a tolerance never previously achieved in that type of application. These coaxial cables provided the exact nanosecond delay required to perform initial evaluation on the billions of data points generated by the accelerator.
Precision RF and Coax Assemblies – Phase-stable, low-loss, and high-frequency coax for timing and signal applications.
Custom Multi-Coax Harnesses – High-density signal routing for rackmount DAQ and control systems.
Twinax and Differential Pairs – Ideal for low-noise control and instrumentation circuits.
Fiber Optic Solutions – Single-mode and multi-mode assemblies for long-distance, high-speed data links.
Custom Adapter and Breakout Panels – Panel-mount solutions for lab integration.
Connector Expertise – BNC, SHV, MHV, LEMO®, and legacy CAMAC/NIM connectors.
Precision connectivity for high energy physics instrumentation and data acquisition systems.
From maintaining compatibility with legacy CAMAC/NIM gear to enabling next-generation DAQ performance, Nemal delivers precision-engineered assemblies for some of the most complex physics experiments in the world. Our work with Los Alamos, Sandia, Brookhaven, Jefferson Labs, UCLA, and other leading institutions reflects our ability to meet unprecedented tolerance requirements.
In one groundbreaking national research experiment, Nemal developed coaxial cables with specific impedance, precise electrical length, and ultra-low attenuation to achieve a nanosecond-level delay—critical for analyzing billions of data points from a particle accelerator studying quark particle behavior.
Whether you are upgrading existing detector systems, building new experimental setups, or maintaining legacy hardware, Nemal provides custom-engineered coax, fiber, and hybrid assemblies that seamlessly integrate with your test and measurement equipment.
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